CN104751280B - A kind of petroleum chemical enterprise's electric energy consumption monitoring system and its data managing method - Google Patents
A kind of petroleum chemical enterprise's electric energy consumption monitoring system and its data managing method Download PDFInfo
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Abstract
The invention discloses a kind of petroleum chemical enterprise's electric energy consumption monitoring system and its method, the system includes data acquisition transmission terminal module, smart client end module and cloud server module, it is characterized in that data acquisition transmission terminal module is connected with the mutual LAN of smart client end module, smart client end module connects with cloud server module phase internet, realize that petroleum chemical enterprise's electric energy consumption data are locally stored to store with high in the clouds, important evidence is provided for petroleum chemical enterprise's diagnosis of energy saving and petrochemical industry electric energy consumption development prediction.
Description
Technical field
The present invention relates to a kind of data managing method, particularly a kind of data management of petroleum chemical enterprise's electric energy consumption monitoring system
Method.
Background technology
Petrochemical industry is mainstay of the national economy industry, and latest data shows, China's oil chemical industry scale has occupied
Second place of the world, it is only second to the U.S..Petrochemical industry is not only production of energy rich and influential family, while is also major power consumer, China's mesh
The total energy consumption of preceding petrochemical industry accounts for the 16% of national energy consumption total quantity consumed, and the higher phenomenon of petrochemical industry energy consumption can not be ignored.Section
Energy consumption reduction is the sharp weapon that Petroleum ＆ Petrochemical Enterprises reduce cost, and adapts to new situations and the inevitable choice of new demand.Energy-conservation can divide
For two fields of technical energy saving and management energy-conservation, technical energy saving, for example, the technology such as electricity-saving lamp, frequency converter, heat pump and equipment class are arranged
Technical energy saving can be belonged to by applying.Management energy-conservation is then by strengthening energy management, establishing efficient energy management system, establish energy
Consume datum line and find and find the poorly efficient field of the energy, carry out energy performance appraisal.According to the statistics of USDOE, efficiently
Energy management system can help enterprise to save the consumption of 5%-25% energy consumptions.
Abroad, just research and utilization computer technology is led to numeral since last century the eighties for the developed country such as U.S.
Letter technology carries out unified integrated management to high power consumption business electrical terminal device, and by introduce various electrical energy-saving technologies,
EMS and Optimal Scheduling etc., the utilization rate of electrical and production efficiency of enterprise are improved, coordinate the electricity of control enterprise
Energy loss and the quality of power supply, realize the synthesis energy saving consumption reduction management of enterprise.EMS (Energy Management
System, EMS) it is computer-based modern electric dispatch automated system, it is a set of computer software and hardware system
General name, data acquisition, monitoring, control and optimization are provided for Power System Control Centers, major function be data acquisition and monitoring,
Energy management, network analysis and simulation training.Abroad, using computer controlled automatic as essential core EMS
As power system security, stably, the important leverage of high-quality operation.
At home, petroleum chemical enterprise have also been made substantial amounts of research work at energy-saving aspect, but be concentrated mainly on technology section
Can aspect.Although also achieving certain achievement in terms of management energy-conservation, set expandability is not strong, application deployment scope is small, fits
Close enterprises application deployment.
The content of the invention
In order to solve problems of the prior art, it is an object of the invention to provide a kind of petroleum chemical enterprise's electric energy consumption management
Platform, the platform can not only realize the management and analysis of our unit's electric energy consumption data towards single petroleum chemical enterprise, can also face
To all petroleum chemical enterprises, the management and analysis of industry electric energy consumption data are done.Therefore, system sets two layers of electric energy consumption data management mould
Type：Enterprise's field data layer and high in the clouds layer, enterprise's field data layer realize the storage and management of our unit's electric energy consumption data, high in the clouds
Layer then realizes the storage and management of petrochemical industry electric energy consumption data.
In order to achieve the above object, the present invention takes following technical scheme：A kind of petroleum chemical enterprise's electric energy consumption monitoring system, bag
Include data acquisition transmission terminal module, smart client end module and cloud server module, it is characterised in that described data are adopted
Collection transmission terminal module is connected with smart client end module by LAN, and described data acquisition transmission terminal module includes number
According to acquisition module, data disaply moudle, data transmission module, fault alarm module.Data acquisition transmission terminal module and intelligence
Client modules constitute the technical scheme of petroleum chemical enterprise's electric energy consumption data management, data acquisition transmission terminal module, intelligence visitor
Family end module and cloud server the module composition technical scheme of petrochemical industry electric energy consumption data management.Described data acquisition
Module is connected with data disaply moudle, data transmission module, fault alarm module, shows for gathered data to be transferred into data
Show that module is shown, fault alarm analysis is done by fault alarm module, and smart client is transferred data to by data transmission module
End module；Data disaply moudle is connected with data acquisition module, for showing the electric energy consumption data of collection；Data transmission module with
Data acquisition module is connected, for that will gather electric energy consumption data transfer to smart client end module；Fault alarm module and data
Acquisition module is connected, and for analyzing collection electric energy consumption data in real time, as faulty, sends Realtime Alerts.Described smart client
End module includes data reception module, module, delta data detection module, delta data packetization module, number is locally stored in data
According to synchronization module, data transmission module, user log-in block, the real-time monitoring display module of data, fault alarm module, data point
Analyse module.The real-time monitoring display module of module, data, fault alarm module is locally stored with data in described data reception module
It is connected, data reception module is transferred to data and module storage is locally stored, by authentication after electric energy consumption data are received
After module verification success, the real-time display of electric energy consumption data is carried out by the real-time monitoring display module of data, and by fault alarm mould
Realtime Alerts are determined the need for after block analysis data.Module and data reception module, change number is locally stored in described data
It is connected according to detection module, fault alarm module, data analysis module, data simultaneous module, data are locally stored module and will stored
The electric energy consumption data received by data reception module, statistical analysis is done to the electric energy consumption data of storage by data analysis module, passed through
The warning message for crossing fault alarm module confirmation is stored into data and is locally stored module, and by delta data detection module by specifying
The data that cycle detection changes in being locally stored, so as to which the partial data is uploaded into cloud server module.Described
Module is locally stored with data in delta data detection module, delta data packetization module is connected, and delta data detection module will be by
Specified cycle detection be locally stored in data variation, packing then is carried out to delta data by delta data packetization module
Reason.Described delta data packetization module is connected with delta data detection module, data simultaneous module, and mould is detected by delta data
The delta data that block detects will as corresponding to generating delta data packetization module packet, by data simultaneous module by the data
Bag is sent to cloud server module so that enterprise's field data layer data is consistent with cloud server layer related data.
Module is locally stored with delta data packetization module, data for described data simultaneous module and data transmission module is connected, and will become
The packet for changing data packing block generation is transferred to data transmission module through data simultaneous module, should by data transmission module
Packet is uploaded to cloud server module, in addition, downloading basic data from cloud server module by data transmission module
Configuration data bag, data are passed to after data simultaneous module dissection process module progress data storage is locally stored.Described
Data transmission module is connected with data simultaneous module, receives the biography request of data up and down of data simultaneous module.Described user steps on
Record module monitoring display module real-time with data, fault alarm module, data analysis module are connected, and only log in mould by user
The authentication of block can just access three connected modules by rear.The real-time monitoring display module of described data and data
Receiving module, user log-in block are connected, and are mainly used in the real-time display of enterprise electrical energy consumption data, and user has to pass through user and stepped on
After the authentication success for recording module, the module could be accessed.Described fault alarm module and data reception module, Yong Hudeng
Record module is locally stored module with data and is connected, and is mainly used in carrying out accident analysis to enterprise electrical energy consumption real time data and sends reality
The data are stored in local data base, user by alarm, user to module is locally stored by data after Realtime Alerts data validation
After having to pass through user log-in block authentication success, the module could be accessed.Described data analysis module is stepped on user
Record module is locally stored module with data and is connected, and the enterprise electrical energy consumption that data analysis module data is locally stored module storage is gone through
History data message carries out statistical analysis, after user has to pass through user log-in block authentication success, could access the module.
Described cloud server module includes data transmission module, packet memory module, data processing module, the storage of data high in the clouds
Module, delta data detection module, delta data packetization module, user log-in block, basic data configuration module.Described number
It is connected according to transport module with packet memory module, the upload packet that data transmission module receives is by packet memory module
Realize that data file stores, in addition, packet memory module provides packet to be downloaded for data transmission module.Described data
Bag memory module is connected with data transmission module, data processing module, delta data packetization module, and packet memory module is number
There is provided according to transport module and pass data packet services up and down, store the packet of varied data packing block generation, the upload of storage
Packet is extracted data in the data of high in the clouds by data processing module dissection process from packet.Described data processing
Module is connected with packet memory module, data high in the clouds memory module, and main realize from packet memory module extracts new upload
Pending data bag, after dissection process, extract packet data and realize that data high in the clouds is deposited by data high in the clouds memory module
Storage.Described data high in the clouds memory module and delta data detection module, data processing module, basic data configuration module phase
Even, the module receives the packet data that data processing module is submitted, and stores data in cloud database, realizes in addition
The basic data of basic data configuration module is stored in cloud database, and hair is periodically detected by delta data detection module
The configurations data for changing.Described delta data detection module and data high in the clouds memory module, delta data packing mould
Block is connected, and the module mainly realizes the configurations data to be changed recently from high in the clouds extracting data, and by these data
Submit to delta data packetization module generation packet.Described delta data packetization module and delta data detection module, number
It is connected according to bag memory module, the module is mainly realized detects newest change configurations data life by delta data detection module
Into packet, and it is submitted to packet memory module and carries out packet storage management.Described user log-in block and basic number
It is connected according to configuration module, user after, could use system-based data configuration work(by user log-in block authentication
Energy.Described basic data configuration module is connected with user log-in block, data high in the clouds memory module, and user passes through authentication
The configuration of system-based data can be achieved afterwards, newest basic data will be stored in cloud database by data high in the clouds memory module
In.
A kind of petroleum chemical enterprise's electric energy consumption Monitoring Data management method, its step include：
1) electrical circuit installation data collection transmission terminal module each to petroleum chemical enterprise first, loop electricity is completed by the terminal
The real-time collection of energy consumption data, and send the data reception module of smart client end module to, step 2) is performed afterwards；
2) after the data reception module of smart client end module receives electric energy consumption real time data, data is transmitted to and are locally stored
Module, data are stored in local data base, each loop electric energy consumption real-time data base of generation enterprise and historical data base by the module,
Enter step 3) afterwards；
3) the delta data detection module of smart client end module will be detected scanning electric energy consumption historical data by the fixed cycle
Storehouse, to detect the electric energy consumption data of newest change, into step 4)；
4) by the delta data packetization module of smart client end module by the loop electricity consumption related data of the change detected
Packet is generated, and is stored it under specified path, into step 5)；
5) the data simultaneous module scan data bag of smart client end module specifies store path, inquires the number newly increased
According to bag, and data transmission module is transferred to, afterwards into step 6)；
6) packet newly increased is uploaded to cloud server module by the data transmission module of smart client end module,
Enter step 11) afterwards；
7) when user by smart client end module input username and password, and by authentication after, enter afterwards
Step 8) or step 9) or step 10)；If authentication failed, smart client end module provides authentication failed message notifying；
8) the real-time monitoring display module of the data of smart client end module is by receiving the data of data reception module transmission,
Each loop electric energy consumption data message of real-time display enterprise；
9) fault alarm module of smart client end module is by receiving the data of data reception module transmission, analysis in real time
Loop electricity consumption fault message, failure is such as found, then active user is notified in a manner of information alert, active user confirms fault message
Afterwards, confirm that module deposit local data base will be locally stored in fault data by data, afterwards into step 4)；
10) data analysis module of smart client end module carries out statistical by the way that data are locally stored to business electrical
Analysis；
11) after the data transmission module of cloud server module receives upload packet, cloud server module is passed through
Packet memory module by packet be stored in specified path under.Enter step 12) afterwards；
12) packet newly increased is decompressed and extracts data by the data processing module of cloud server module, passes through cloud
The data high in the clouds memory module deposit cloud database of server module is held, smart client end module reported data so far terminates,
Enter step 17) afterwards；
13) after the authentication of user log-in block of the user by cloud server module, you can access cloud service
The basic data configuration module of device module, maintenance system basic data information, and cloud database is stored in, afterwards into step
14)；
14) the delta data detection module of cloud server module is scanned the basis changed in the data of high in the clouds by the fixed cycle
Data, if there is the delta data packetization module of such data, then notice cloud server module, afterwards into step 15)；
15) after the notified message of delta data packetization module of cloud server module, the basic data of change is given birth to
Into packet, it is stored in after compression under specified path, afterwards into step 16)；
16) data simultaneous module of smart client end module is inquired the data transfer of cloud server module by the fixed cycle
Module, if exist and newly increase basic data bag, if it is present downloading the packet by data simultaneous module, and handle
Afterwards, it is stored in enterprise's local data, smart client end module downloading data so far terminates, afterwards into step 17)；
17) after smart client end module completes the upload of electric energy consumption data and basic data download, this method terminates.
Compared with prior art, the present invention has the advantage that：The present invention proposes one kind can not only be towards single petrochemical industry
The method that enterprise carries out electric energy consumption data management, and the method that electric energy consumption data management can be carried out towards this petrochemical industry.
Data syn-chronization between enterprise's local data base and cloud database is realized by data packet mode.If enterprise's local data
Storehouse loss of data, then the recovery of enterprise's local data base data can be carried out by cloud server module related data packets.
Brief description of the drawings
Fig. 1 is a kind of data acquisition transmission terminal modular structure signal of petroleum chemical enterprise's electric energy consumption monitoring system of the present invention
Figure.
Fig. 2 is a kind of SmartClient modular structure schematic diagram of petroleum chemical enterprise's electric energy consumption monitoring system of the present invention.
Fig. 3 is a kind of cloud server modular structure schematic diagram of petroleum chemical enterprise's electric energy consumption monitoring system of the present invention.
Fig. 4 is a kind of flow chart of petroleum chemical enterprise's electric energy consumption monitoring system data managing method of the present invention.
Embodiment
Below according to accompanying drawing, the present invention is further illustrated.
A kind of petroleum chemical enterprise's electric energy consumption monitoring system, including data acquisition transmission terminal module, smart client end module and
Cloud server module, described data acquisition transmission terminal module connect with the mutual LAN of smart client end module, intelligence
Client modules connect with the mutual internet of cloud server module.
Described data acquisition transmission terminal module includes data acquisition module, data disaply moudle, fault alarm module
And data transmission module, mainly by realizing each functions of modules, data in data acquisition transmission terminal disposition built-in software
Collection is mainly changed by A/D, and each loop electric energy consumption analog signal of enterprise is converted into data signal, can believe loop numeral
Number send to showing on the display device of data disaply moudle, loop real time digital signal is divided online by fault alarm module
Analysis, failure is such as found, malfunction coefficient can be carried out by data disaply moudle.Other data acquisition transmission terminal module provides ether
Net access interface, loop data can be subjected to Ethernet data transmission by data transmission module.Described data acquisition module
Block is connected with data disaply moudle, data transmission module, fault alarm module, is shown for gathered data to be transferred into data
Module is shown, does fault alarm analysis by fault alarm module, and transfer data to SmartClient by data transmission module
Module；Data disaply moudle is connected with data acquisition module, for showing the electric energy consumption data of collection；Data transmission module and number
It is connected according to acquisition module, for electric energy consumption data transfer will to be gathered to smart client end module；Fault alarm module is adopted with data
Collection module is connected, and for analyzing collection electric energy consumption data in real time, as faulty, sends Realtime Alerts.
Described smart client end module is locally stored module, delta data detection module, delta data including data and beaten
The real-time monitoring display module of bag module, data simultaneous module, data transmission module, user log-in block, data, fault alarm mould
Block, data analysis module.Smart client end module ensure that SmartClient module application program in caching data on client
Off-line operation.Because smart client end module is in offline/online switch operating state, in order to ensure and cloud server module
The uniformity of data mode, the data for needing to upload and download are periodically detected by data simultaneous module.Due to synchrodata
Data volume it is larger, therefore set the acquiescence synchrodata cycle as 15 minutes, a cycle is interior, and smart client end module occurs
The data of change are imported into XML file, while XML file is compressed, by the data transfer mould of smart client end module
Block completes the upload task of packet.Meanwhile treated in a cycle from data simultaneous module to cloud server module queries
Basic data bag message is downloaded, if there is packet to be downloaded, is then completed by the data transmission module of smart client end module
Packet downloading task.In addition, smart client end module adds data recovery function, when SmartClient module local data
During loss, all packets of upload can be downloaded one by one by cloud server module, after being handled by data simultaneous module
Local data is completed to recover.The real-time monitoring display module of module, data, event is locally stored with data in described data reception module
Barrier alarm module is connected, and data reception module is transferred to data and module storage, warp is locally stored after electric energy consumption data are received
Cross after authentication module is proved to be successful, carry out the real-time display of electric energy consumption data by the real-time monitoring display module of data, and by
Realtime Alerts are determined the need for after fault alarm module analyze data.Module and data reception is locally stored in described data
Block, delta data detection module, fault alarm module, data analysis module are connected, and data are locally stored module and will stored by counting
The electric energy consumption data received according to receiving module, statistical analysis is done to the electric energy consumption data of storage by data analysis module, by event
The warning message that barrier alarm module confirms is stored into data and module is locally stored, and is pressed by delta data detection module and specify the cycle
The data that detection changes in being locally stored, so as to which the partial data is uploaded into cloud server module.Described change
Module is locally stored with data in data detection module, delta data packetization module is connected, and delta data detection module will be by specified
Cycle detection be locally stored in data variation, packing processing then is carried out to delta data by delta data packetization module.Institute
The delta data packetization module stated is connected with delta data detection module, data simultaneous module, is examined by delta data detection module
The delta data measured will as delta data packetization module generate corresponding to packet, the packet is sent out by data simultaneous module
Deliver to cloud server module so that enterprise's field data layer data is consistent with cloud server layer related data.It is described
Data simultaneous module module is locally stored with delta data packetization module, data and data transmission module is connected, number will be changed
The packet generated according to packetization module is transferred to data transmission module through data simultaneous module, by data transmission module by the data
Wrap and reach cloud server module, configured in addition, downloading basic data from cloud server module by data transmission module
Packet, data are passed to after data simultaneous module dissection process module progress data storage is locally stored.Described data
Transport module is connected with data simultaneous module, receives the biography request of data up and down of data simultaneous module.Described user logs in mould
Block monitoring display module real-time with data, fault alarm module, data analysis module are connected, only by user's login and identity
After being verified, three connected modules can be just accessed.The real-time monitoring display module of described data and data reception module,
User log-in block is connected, and is mainly used in the real-time display of enterprise electrical energy consumption data, and user has to pass through local data base identity
After being proved to be successful, the module could be accessed.Described fault alarm module and data reception module, user log-in block and data
Module is locally stored to be connected, is mainly used in carrying out accident analysis to enterprise electrical energy consumption real time data and sends Realtime Alerts, user
The data are stored in local data base to module is locally stored by data after Realtime Alerts data validation, user has to pass through local
After database authentication success, the module could be accessed.Described data analysis module and user log-in block and data sheet
Ground memory module is connected, and the enterprise electrical energy consumption historical data information that data analysis module data is locally stored module storage is carried out
Statistical analysis, after user has to pass through local data base authentication success, the module could be accessed.
Described cloud server module includes data transmission module, packet memory module, data processing module, data
High in the clouds memory module, delta data detection module, delta data packetization module, user log-in block, basic data configuration module.
Cloud server module mainly completes the management that enterprise electrical energy consumption uploads packet, and by data processing module by data storage
To cloud database, after storing successfully, the packet of upload can't be deleted, but still retained, the mesh so done
Mainly when facilitating SmartClient module database loss of data, can be from the data packet recovery data of upload.Other cloud
End server module provides the foundation data configuration function, and basic data is shared by all smart client end modules in platform
Data, pass through cloud server module distribution platform basic data, it is ensured that uniformity of the basic data in platform.Basis
The maintenance of data mainly carries out maintenance configuration by user by web server software and web application software by website mode
's.The key technology that the data of cloud server module pass up and down is mainly based upon Transmission Control Protocol to complete.Described data pass
Defeated module is connected with packet memory module, and the upload packet that data transmission module receives is realized by packet memory module
Data file stores, in addition, packet memory module provides packet to be downloaded for data transmission module.Described packet is deposited
Storage module is connected with data transmission module, data processing module, delta data packetization module, and packet memory module passes for data
Defeated module provides passes data packet services up and down, stores the packet of varied data packing block generation, the upload data of storage
Bag is extracted data in the data of high in the clouds by data processing module dissection process from packet.Described data processing module
Be connected with packet memory module, data high in the clouds memory module, it is main realize from the extraction of packet memory module it is new upload treat from
Packet is managed, after dissection process, packet data is extracted and realizes that data high in the clouds stores by data high in the clouds memory module.Institute
The data high in the clouds memory module stated is connected with delta data detection module, data processing module, basic data configuration module, the mould
Block receives the packet data that data processing module is submitted, and stores data in cloud database, realizes basis in addition
In the basic data deposit cloud database of data configuration module, and it is periodically detected and is changed by delta data detection module
Configurations data.Described delta data detection module is connected with data high in the clouds memory module, delta data packetization module,
The module mainly realizes the configurations data to be changed recently from high in the clouds extracting data, and these data are submitted into change
Change data packing block generation packet.Described delta data packetization module stores with delta data detection module, packet
Module is connected, and the module is mainly realized detects newest change configurations data generation data by delta data detection module
Bag, and be submitted to packet memory module and carry out packet storage management.Described user log-in block configures with basic data
Module is connected, and user logs in and by cloud database authentication after, could use system-based data configuration function.
Described basic data configuration module is connected with user log-in block, data high in the clouds memory module, and user is after authentication
The configuration of system-based data can be achieved, newest basic data will be stored in cloud database by data high in the clouds memory module
In.
A kind of petroleum chemical enterprise's electric energy consumption Monitoring Data management method, its step include：
1) electrical circuit installation data collection transmission terminal module each to petroleum chemical enterprise first, loop electricity is completed by the terminal
The real-time collection of energy consumption data, and send the data reception module of smart client end module to, step 2) is performed afterwards；
2) after the data reception module of smart client end module receives electric energy consumption real time data, data is transmitted to and are locally stored
Module, data are stored in local data base, each loop electric energy consumption real-time data base of generation enterprise and historical data base by the module,
Enter step 3) afterwards；
3) the delta data detection module of smart client end module will be detected scanning electric energy consumption historical data by the fixed cycle
Storehouse, to detect the electric energy consumption data of newest change, into step 4)；
4) by the delta data packetization module of smart client end module by the loop electricity consumption related data of the change detected
Packet is generated, and is stored it under specified path, into step 5)；
5) the data simultaneous module scan data bag of smart client end module specifies store path, inquires the number newly increased
According to bag, and data transmission module is transferred to, afterwards into step 6)；
6) packet newly increased is uploaded to cloud server module by the data transmission module of smart client end module,
Enter step 11) afterwards；
7) when user by smart client end module input username and password, and by authentication after, enter afterwards
Step 8) or step 9) or step 10)；If authentication failed, smart client end module provides authentication failed message notifying；
8) the real-time monitoring display module of the data of smart client end module is by receiving the data of data reception module transmission,
Each loop electric energy consumption data message of real-time display enterprise；
9) fault alarm module of smart client end module is by receiving the data of data reception module transmission, analysis in real time
Loop electricity consumption fault message, failure is such as found, then active user is notified in a manner of information alert, active user confirms fault message
Afterwards, confirm that module deposit local data base will be locally stored in fault data by data, afterwards into step 4)；
10) data analysis module of smart client end module carries out statistical by the way that data are locally stored to business electrical
Analysis；
11) after the data transmission module of cloud server module receives upload packet, the number of cloud server is passed through
Packet is stored under specified path according to bag memory module.Enter step 12) afterwards；
12) packet newly increased is decompressed and extracts data by the data processing module of cloud server module, passes through cloud
The data high in the clouds memory module deposit cloud database of server module is held, smart client end module reported data so far terminates,
Enter step 17) afterwards；
13) after the authentication of user log-in block of the user by cloud server module, you can access cloud service
The basic data configuration module of device module, maintenance system basic data information, and cloud database is stored in, afterwards into step
14)；
14) the delta data detection module of cloud server module is scanned the basis changed in the data of high in the clouds by the fixed cycle
Data, if there is the delta data packetization module of such data, then notice cloud server module, afterwards into step 15)；
15) after the notified message of delta data packetization module of cloud server module, the basic data of change is given birth to
Into packet, it is stored in after compression under specified path, afterwards into step 16)；
16) data simultaneous module of smart client end module is inquired the data transfer of cloud server module by the fixed cycle
Module, if exist and newly increase basic data bag, if it is present downloading the packet by data simultaneous module, and handle
Afterwards, it is stored in enterprise's local data, smart client end module downloading data so far terminates, afterwards into step 17)；
17) after smart client end module completes the upload of electric energy consumption data and basic data download, this method terminates.
In summary, the present invention can realize a kind of method that electric energy consumption data management can be carried out towards petroleum chemical enterprise,
By gathering and storing each loop electric energy consumption data message of enterprise in real time, be advantageous to petroleum chemical enterprise accurately hold enterprise electrical energy consumption make
With situation, carry out energy-saving, diagnosis of energy saving analysis for enterprise and important evidence is provided.By by each petroleum chemical enterprise's electric energy consumption data
It is uploaded to cloud server, you can form the storage of petrochemical industry electric energy consumption big data, be advantageous to departments of government accurate assurance
Petrochemical industry energy consumption state of development.
Claims (2)
1. a kind of petroleum chemical enterprise's electric energy consumption monitoring system, including data acquisition transmission terminal module, smart client end module and cloud
Hold server module, it is characterised in that data acquisition transmission terminal module is connected with smart client end module by LAN, number
Include data acquisition module, data disaply moudle, data transmission module, fault alarm module according to collection transmission terminal module；Number
According to collection transmission terminal module and the SmartClient module composition technical scheme of petroleum chemical enterprise's electric energy consumption data management, data
Gather the petrochemical industry electric energy consumption data management of transmission terminal module, smart client end module and cloud server module composition
Technical scheme；Data acquisition module is connected with data disaply moudle, data transmission module, fault alarm module, for that will adopt
Collection data are transferred to data disaply moudle and shown, fault alarm analysis is done by fault alarm module, and will by data transmission module
Data are sent to smart client end module；Data disaply moudle is connected with data acquisition module, for showing the electric energy consumption of collection
Data；Data transmission module is connected with data acquisition module, for that will gather electric energy consumption data transfer to smart client end module；
Fault alarm module is connected with data acquisition module, for analyzing collection electric energy consumption data in real time, such as it is faulty, send real-time
Alarm；Smart client end module includes data reception module, module is locally stored in data, delta data detection module, change number
According to packetization module, data simultaneous module, data transmission module, user log-in block, the real-time monitoring display module of data, failure report
Alert module, data analysis module；The real-time monitoring display module of module, data, failure is locally stored with data in data reception module
Alarm module is connected, and data reception module is transferred to data and module storage is locally stored, by counting after electric energy consumption data are received
Monitoring display module carries out the real-time display of electric energy consumption data when factually, and by determining whether after fault alarm module analyze data
Need Realtime Alerts；Module and data reception module, delta data detection module, fault alarm module, number is locally stored in data
It is connected according to analysis module, data simultaneous module, module, which is locally stored, in data to store the electric energy consumption received by data reception module
Data, by storage by the basic data in the basic data bag of data simultaneous module download, by data analysis module to storage
Electric energy consumption data do statistical analysis, and the warning message confirmed by fault alarm module is stored into data and module is locally stored, and
The data to be changed in module are locally stored by specified cycle detection data by delta data detection module, so as to by the part
Data are uploaded to cloud server module；Module, delta data packetization module is locally stored with data in delta data detection module
It is connected, the data variation that delta data detection module will be locally stored in module by specified cycle detection data, then by changing
Data packing block carries out packing processing to delta data；Delta data packetization module and delta data detection module, data are same
Step module be connected, the delta data that delta data detection module detects will as delta data packetization module generate corresponding to data
Bag, is sent the packet to cloud server module by data simultaneous module so that enterprise's field data layer data and high in the clouds
Server layer related data is consistent；Module sum is locally stored with delta data packetization module, data in data simultaneous module
It is connected according to transport module, the packet that delta data packetization module generates is transferred to data transfer mould through data simultaneous module
Block, the packet is uploaded to cloud server module by data transmission module, in addition, being taken by data transmission module from high in the clouds
Device module of being engaged in downloads basic data bag, data is passed to after data simultaneous module dissection process module progress data are locally stored
Storage；Data transmission module is connected with data simultaneous module, receives the biography request of data up and down of data simultaneous module；User logs in
Module monitoring display module real-time with data, fault alarm module, data analysis module are connected, only by user log-in block
Authentication by rear, can just access three connected modules；The real-time monitoring display module of data and data reception module,
User log-in block is connected, and is mainly used in the enterprise electrical energy consumption data that displaying data in real-time receiving module receives, and user must be through
After crossing the authentication success of user log-in block, the module could be accessed；Fault alarm module and data reception module, user
Login module is locally stored module with data and is connected, and is mainly used in the enterprise electrical energy consumption real time data received to data reception module
Carry out accident analysis and send Realtime Alerts, user by data after Realtime Alerts data validation to being locally stored module by the data
Local data base is stored in, after user has to pass through user log-in block authentication success, the module could be accessed；Data analysis
Module is locally stored module with user log-in block and data and is connected, and is mainly used in enterprise's electricity data being locally stored in module
Energy consumption historical data information carries out statistical analysis, after user has to pass through user log-in block authentication success, could access
The module；Cloud server module is deposited including data transmission module, packet memory module, data processing module, data high in the clouds
Store up module, delta data detection module, delta data packetization module, user log-in block, basic data configuration module；Data pass
Defeated module is connected with packet memory module, and the upload packet that data transmission module receives is realized by packet memory module
Data file stores, in addition, packet memory module provides packet to be downloaded for data transmission module；Packet memory module
It is connected with data transmission module, data processing module, delta data packetization module, is mainly used in providing for data transmission module
Down-transmitting data bag storage service, after the upload packet of storage is by data processing module dissection process, by data from packet
Extract in the data of high in the clouds, for storing the packet of varied data packing block generation；Data processing module and packet
Memory module, data high in the clouds memory module are connected, and are mainly used in extracting new upload pending data bag from packet memory module,
After data processing module dissection process, extract packet data and realize that data high in the clouds is deposited by data high in the clouds memory module
Storage；Data high in the clouds memory module is connected with data processing module, delta data detection module, basic data configuration module, mainly
The packet data submitted for receiving data processing module, and store data in cloud database, realize base in addition
In the basic data deposit data high in the clouds memory module of plinth data configuration module, and it is periodically detected by delta data detection module
The configurations data to change；Delta data detection module and data high in the clouds memory module, delta data packetization module phase
Even, it is mainly used in extracting the configurations data to change from the memory module of data high in the clouds, and these data are submitted to
Delta data packetization module generates packet；Delta data packetization module and delta data detection module, packet memory module
It is connected, is mainly used in delta data detection module detecting change configurations data generation packet, and be submitted to data
Bag memory module carries out packet storage management；User log-in block is connected with basic data configuration module, and user passes through user
Login module authentication could access basic data configuration module by rear；Basic data configuration module logs in mould with user
Block, data high in the clouds memory module are connected, and user after, can configure mould by user log-in block authentication to basic data
Basic data in block is configured, and data storage will be carried out by data high in the clouds memory module with the basic data postponed.
2. a kind of petroleum chemical enterprise's electric energy consumption Monitoring Data management method, its step include：
1) electrical circuit installation data collection transmission terminal module each to petroleum chemical enterprise first, loop electric energy consumption is completed by the terminal
The real-time collection of data, and send the data reception module of smart client end module to, step 2) is performed afterwards；
2) after the data reception module of smart client end module receives electric energy consumption real time data, data are transmitted to mould is locally stored
Block, data are stored in local data base, each loop electric energy consumption real-time data base of generation enterprise and historical data base by the module, it
Enter step 3) afterwards；
3) the delta data detection module of smart client end module will be detected scanning electric energy consumption historical data base by the fixed cycle, with
The electric energy consumption data of change are detected, into step 4)；
4) the loop electricity consumption related data of the change detected is generated by the delta data packetization module of smart client end module
Packet, and store it under specified path, into step 5)；
5) the data simultaneous module scan data bag of smart client end module specifies store path, inquires the data newly increased
Bag, and data transmission module is transferred to, afterwards into step 6)；
6) packet newly increased is uploaded to cloud server module by the data transmission module of smart client end module, afterwards
Into step 11)；
7) after authentication of the user by the user log-in block of smart client end module, afterwards into step 8) or step
Or step 10) 9)；If authentication failed, the user log-in block of smart client end module provides authentication failed message notifying；
8) the real-time monitoring display module of the data of smart client end module is by receiving the data of data reception module transmission, in real time
Show each loop electric energy consumption data message of enterprise；
9) fault alarm module of smart client end module is by receiving the data of data reception module transmission, real-time analysis circuit
Electricity consumption fault message, such as find failure, then after notifying active user, active user to confirm fault message in a manner of information alert,
Confirm that module deposit local data base will be locally stored in fault data by data, afterwards into step 4)；
10) data that the data analysis module of smart client end module is locally stored by data in module are carried out to business electrical
Statistical analysis；
11) after the data transmission module of cloud server module receives upload packet, the number of cloud server module is passed through
Packet is stored under specified path according to bag memory module, afterwards into step 12)；
12) packet newly increased is decompressed and extracts data by the data processing module of cloud server module, is taken by high in the clouds
The data high in the clouds memory module deposit cloud database for device module of being engaged in, smart client end module reported data so far terminate, afterwards
Into step 17)；
13) after authentication of the user by the user log-in block of cloud server module, you can access cloud server mould
The basic data configuration module of block, maintenance system basic data information, and cloud database is stored in, afterwards into step 14)；
14) the delta data detection module of cloud server module is scanned the basic number changed in cloud database by the fixed cycle
According to if there is the delta data packetization module of such data, then notice cloud server module, afterwards into step 15)；
15) after the notified message of delta data packetization module of cloud server module, the basic data of change is generated into base
Plinth packet, it is stored in after compression under specified path, afterwards into step 16)；
16) data simultaneous module of smart client end module is inquired the data transfer mould of cloud server module by the fixed cycle
Block, if the basic data bag newly increased be present, should if it is present being downloaded by the data simultaneous module of smart client end module
Packet, and after processing, be locally stored by the data of smart client end module in module deposit enterprise local data base, intelligence
Client modules downloading data so far terminates, afterwards into step 17)；
17) after smart client end module completes the upload of electric energy consumption data and basic data download, this method terminates.
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| CN105491103A (en) * | 2015-11-18 | 2016-04-13 | 临沂大学 | Logistics storage indoor environment monitoring system |
| CN106559496A (en) * | 2016-12-06 | 2017-04-05 | 安徽金曦网络科技股份有限公司 | Network data synchronizing system |
| CN108133000B (en) * | 2017-12-21 | 2021-05-04 | 百度在线网络技术（北京）有限公司 | Metadata storage method and device and server |
| CN108881201A (en) * | 2018-06-08 | 2018-11-23 | 南京理工大学 | The acquisition processing system and method for processing site data needed for a kind of MES |
| CN110971645B (en) * | 2018-09-30 | 2022-07-26 | 万洲电气股份有限公司 | Industrial intelligent energy-saving remote service system and method |
| CN109709914A (en) * | 2018-12-25 | 2019-05-03 | 安徽三马信息科技有限公司 | A kind of analysis of industrial energy consumption and management system |
| CN111866075A (en) * | 2020-06-18 | 2020-10-30 | 国网河北省电力有限公司石家庄供电分公司 | Acquisition and storage system of electric power information big data |
| CN111831680A (en) * | 2020-06-18 | 2020-10-27 | 国网河北省电力有限公司石家庄供电分公司 | Electric power data processing system based on big data platform |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1604066A (en) * | 2003-09-29 | 2005-04-06 | 中国科学院沈阳自动化研究所 | Embedded networked remote input and output system |
| CN102354178A (en) * | 2011-08-02 | 2012-02-15 | 常州节安得能源科技有限公司 | Energy efficiency monitoring system |
| KR20140070817A (en) * | 2012-11-27 | 2014-06-11 | 에스티엑스조선해양 주식회사 | real-time monitoring system for managing ship outfitting process and material |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010131262A2 (en) * | 2009-05-11 | 2010-11-18 | Reva Electric Car Company (Pvt) Limited | System and method for monitoring and controlling energy system |
-
2015
- 2015-03-26 CN CN201510135892.0A patent/CN104751280B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1604066A (en) * | 2003-09-29 | 2005-04-06 | 中国科学院沈阳自动化研究所 | Embedded networked remote input and output system |
| CN102354178A (en) * | 2011-08-02 | 2012-02-15 | 常州节安得能源科技有限公司 | Energy efficiency monitoring system |
| KR20140070817A (en) * | 2012-11-27 | 2014-06-11 | 에스티엑스조선해양 주식회사 | real-time monitoring system for managing ship outfitting process and material |
Non-Patent Citations (1)
| Title |
|---|
| 石化装置实时优化系统关键技术研究;彭凯;《中国优秀硕士学位论文全文数据库 信息科技辑（月刊 ）》;20100215;第I140-380页 * |
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